Inside Rocket Lab: How Sir Peter Beck Is Building Neutron’s Engines | Tour 02

Strategic Acquisition

• Rocket Lab acquired the former Virgin Orbit facility for $16 million, securing over $100 million worth of assets.
• The acquisition was expedited by leveraging the bankruptcy process to secure manufacturing capacity without factory construction delays.
• CEO Peter Beck confirmed a tracking list of potentially bankrupt space companies exists, with future real estate acquisitions anticipated.

Electron Rocket Metrics

• The Electron rocket has completed 93 launches, ranking as the second most frequently launched rocket globally behind Falcon 9.
• Over 930 Rutherford engines have been flown into space, with a production rate of one engine per day.
• The mission naming convention utilizes whimsical titles (e.g., "Hungry Hippo") to lighten the tone of a high-stakes industry.

Archimedes Engine Development

• The new Archimedes engine operates on a methane-oxygen propellant mix, selected over kerosene to prevent soot deposits and facilitate rapid reusability.
• Production lines currently output one Archimedes engine every eight days.
• Unlike the Rutherford's five-minute acceptance test, the Archimedes requires a one-hour qualification burn with 40 starts to meet reusable launch vehicle standards.
• The engine architecture features a stage combustion cycle with a lower chamber pressure to ensure operational longevity and "boring" reliability.
• The Neutron launch vehicle design utilizes ten Archimedes engines: nine on the first stage and one on the upper stage to provide sufficient thrust for landing maneuvers.

Manufacturing and Additive Capabilities

• The Engine Development Center (EDC) operates two engine test cells at Stennis Space Center, running 20 hours a day, seven days a week.
• Most Rutherford and Archimedes engines are predominantly 3D printed using Inconel super alloys, copper, and titanium, with some proprietary materials developed in-house.
• The facility utilizes a new laser powder bed fusion machine capable of printing an entire Archimedes engine in a single build, with print cycles lasting up to 3.5 days.
• A small team of approximately 10 people manages the entire automated additive manufacturing shop.

Corporate Strategy and Market Position

• The acquisition of Iridium marks a strategic expansion into the communications applications layer, complementing their launch vehicle and satellite manufacturing divisions.
• Peter Beck identifies the industry's next major, undefined breakthrough as the most significant remaining task, comparing the current state to the early days of the internet.
• The company maintains high vertical integration, manufacturing nearly all hardware and software components, including flight computers and reaction wheels, for their satellites.
• While commercial space tourism is acknowledged as a future possibility, the company currently views it as a low-priority, high-risk operational focus compared to engineering and infrastructure.

Industry Observations

• Space companies often persist longer than expected due to high enthusiast funding and the difficulty of validating technical claims against the complex rocket equation.
• Conventional due diligence by large investment firms has proven inconsistent in filtering out technically poor companies that continue to secure funding.
• The company aims to achieve a "turn in 24 hours" turnaround capability for the Neutron vehicle, driving engineering compromises toward maximum durability.